SciTransfer
Organization

STMICROELECTRONICS SRL

Major European semiconductor manufacturer contributing chip design, power electronics, and 300mm pilot line fabrication to 61 H2020 projects.

Large industrial companydigitalIT
H2020 projects
61
As coordinator
5
Total EC funding
€51.6M
Unique partners
1023
What they do

Their core work

STMicroelectronics is one of Europe's largest semiconductor manufacturers, headquartered near Milan. They design and produce integrated circuits, power electronics, sensors, and MEMS devices serving automotive, industrial, consumer, and IoT markets. In H2020, they contribute advanced chip design, fabrication, and pilot line capabilities — bridging the gap between laboratory research and volume semiconductor manufacturing. Their real-world value lies in turning research-grade technologies (graphene, silicon carbide, photonics) into production-ready components.

Core expertise

What they specialise in

Power electronics and semiconductor pilot linesprimary
10 projects

Coordinated R3-PowerUP (EUR 23.2M, 300mm pilot line for smart power) and R2POWER300 (300mm BCD smart power), plus CHALLENGE and WInSiC4AP on silicon carbide power devices.

Graphene and advanced materials integrationsecondary
4 projects

Participated in GrapheneCore1 and multiple graphene-related projects; 'graphene' is the top keyword in their recent project portfolio.

IoT, embedded systems, and smart sensorssecondary
8 projects

Contributed to IoF2020 (smart farming IoT), CONNECT (smart home), FED4SAE (CPS digital innovation hubs), INSPEX (spatial exploration), and EuroCPS.

Optical and photonic interconnectssecondary
3 projects

Participated in COSMICC (silicon photonics), ICT-STREAMS (photonic transceivers), and Teraboard (optically interconnected Tb/s board).

3 projects

Participated in HECTOR (hardware-enabled crypto), COSSIM (security-aware CPS simulation), and FORENSOR (forensic evidence sensors).

AI-driven electronic design automationemerging
2 projects

Recent keywords include artificial intelligence, machine learning, electronic design automation, and computer aided design — indicating a shift toward AI-assisted chip design workflows.

Evolution & trajectory

How they've shifted over time

Early focus
IoT, security, and CPS sensors
Recent focus
Power semiconductors and advanced materials

In their early H2020 period (2015–2018), ST focused broadly on IoT applications, security hardware, smart city sensors, and foundational CPS simulation tools. From 2018 onward, their portfolio pivoted sharply toward advanced materials — graphene integration, silicon carbide power devices — and large-scale pilot line manufacturing, alongside growing activity in AI-assisted electronic design. This reflects a strategic move from being a component contributor in diverse digital projects to anchoring Europe's semiconductor manufacturing sovereignty in power electronics and next-generation materials.

ST is concentrating on power electronics manufacturing scale-up (SiC, GaN, graphene) and AI-driven chip design — expect future projects in green energy semiconductors and autonomous design tools.

Collaboration profile

How they like to work

Role: active_partnerReach: Global48 countries collaborated

ST overwhelmingly participates rather than coordinates (55 of 61 projects as partner, only 5 as coordinator), but when they do lead, they run very large flagship projects like R3-PowerUP at EUR 23.2M. With 1,023 unique consortium partners across 48 countries, they are a major network hub — the kind of partner that connects you to Europe's entire electronics research ecosystem. They typically contribute fabrication expertise and pilot line access rather than driving the research agenda, making them an ideal industrial anchor for consortia needing semiconductor manufacturing capability.

With 1,023 unique partners across 48 countries, ST has one of the densest collaboration networks in the European semiconductor ecosystem. Their partnerships span universities, research institutes, and industry across virtually all EU member states and associated countries.

Why partner with them

What sets them apart

ST is one of very few European companies that can take a research concept — a new material, a sensor design, a power device architecture — and pilot it on a 300mm production line within the same organization. This end-to-end capability from research collaboration to volume manufacturing is rare and makes them irreplaceable for projects that need to demonstrate industrial scalability. For consortium builders, having ST on board signals to reviewers that the project has a credible path from lab to market.

Notable projects

Highlights from their portfolio

  • R3-PowerUP
    Largest project by far at EUR 23.2M — ST coordinated this 300mm pilot line for smart power and power discretes, a flagship for European semiconductor manufacturing.
  • GrapheneCore1
    Part of the EU Graphene Flagship, positioning ST at the center of Europe's effort to industrialize graphene-based electronics.
  • IoF2020
    Demonstrates ST's cross-sector reach — contributing IoT and sensor technology to a large-scale agricultural digitization pilot, far from their core semiconductor domain.
Cross-sector capabilities
Energy — power conversion devices and energy management chipsManufacturing — pilot line infrastructure and Industry 4.0 sensorsFood & Agriculture — IoT and smart farming sensor systemsTransport — automotive-grade semiconductors and autonomous driving components
Analysis note: Exceptionally rich dataset with 61 projects spanning 2015-2023. ST is a globally known semiconductor company; the H2020 data strongly confirms their public profile. Only 30 of 61 projects were provided in detail, but the keyword distributions, funding data, and role patterns give high confidence in the analysis.